PIC163-100-WT datasheet, PDF - EEWORLD Datasheet

Datasheet> All Categories > Passive components> PIC163-100-WT

Preview

PIC163-100-WT: Description1 ELEMENT, 10 uH, FERRITE-CORE, GENERAL PURPOSE INDUCTOR, SMD; CategoryPassive components; File Size41KB，1 Pages; ManufacturerRCD Components Inc.; Websitehttp://www.rcdcomponents.com/

Download Datasheet View All

PIC163-100-WT Overview

1 ELEMENT, 10 uH, FERRITE-CORE, GENERAL PURPOSE INDUCTOR, SMD

Preview

Download Datasheet

View All

PIC SERIES

Industry’s widest range and lowest cost!

0.68µH to 2200µH, 0.18A to 3.5A

RoHS

Term.W is

RoHS

compliant

& 260°C

compatible

OPTIONS

Option ER

: Military Screening

Numerous design modifications are available including high

frequency testing, shielded, increased current and temperature

ratings, non-standard inductance values, custom marking, etc.

Series PIC inductors were developed to provide high current

capability in an economical surface mount design. The

cylindrical geometry enables a wide range of values with

excellent high frequency performance. Construction is

wirewound and utilizes a ferrite core. Units are marked with

inductance value.

Applications includ

e noise filtering, DC/DC

converters, telecom, power supplies, switching regulators, etc.

Custom models available.

Ty p e

P IC 1

P IC 2

P IC 3

P IC 4

P IC 5

P IC 6

P IC 7

←

→

↑

↓

→

← →

←

.040r [1]

A (Max)

.1 8 9 [4 .8 ]

.2 4 0 [6 .1 ]

.3 1 9 [8 .1 ]

.4 0 5 [1 0 .3 ]

.4 0 9 [1 0 .4 ]

.4 3 3 [11 ]

SURFACE MOUNT POWER INDUCTORS

RESISTORS CAPACITORS COILS DELAY LINES

B (Max)

.1 3 8 [3 .5 ]

.1 9 3 [4 .9 ]

.1 5 7 [4 .0 ]

.2 1 6 [5 .5 ]

.1 7 7 [4 .5 ]

.2 2 8 [5 .8 ]

.2 9 5 [7 .5 ]

C (Ty p )

.0 6 0 [1 .5 ]

.0 7 0 [1 .8 ]

.0 8 3 [2 .1 ]

.0 7 0 [1 .7 5 ]

.0 8 5 [2 .1 5 ]

.1 2 0 [3 .0 ]

.1 5 0 [3 .7 5 ]

.1 6 0 [4 .0 ]

.1 7 7 [4 .5 ]

.2 2 5 [5 .7 ]

.3 0 7 [7 .8 ]

.3 9 4 [1 0 ]

.4 2 0 [1 0 .7 ]

.0 6 0 [1 .5 ]

.0 6 7 [1 .7 ]

.0 8 0 [2 ]

.1 0 0 [2 .5 ]

.11 0 [2 .8 ]

↑

↓

Suggested Mounting Pad

PIC2

Current Rating/DC

Max. Resis

Consult RCD

2.20A/ .054

Ω

2.10A/ .057

Ω

2.00A/ .060

Ω

1.90A/ .065

Ω

1.80A/ .070

Ω

1.70A/ .075

Ω

1.60A/ .080

Ω

1.50A/ .090

Ω

1.45A/ 0.10

Ω

1.40A/ 0.12

Ω

1.30A/ 0.14

Ω

1.25A/ 0.15

Ω

1.11A/ 0.19

Ω

1.00A/ .22

Ω

0.88A/ .25

Ω

0.80A/ .32

Ω

0.72A/ .37

Ω

0.68A/ .42

Ω

0.62A/ .52

Ω

0.58A/ .60

Ω

0.52A/ .70

Ω

0.49A/ .93

Ω

0.41A/ 1.1

Ω

0.38A/ 1.37

Ω

0.35A/ 1.57

Ω

0.31A/ 1.87

Ω

0.28A/ 2.30

Ω

0.23A/ 3.40

Ω

0.20A/ 4.50

Ω

Consult RCD

PIC3

Current Rating/DC

Max. Resis

Consult RCD

1.78A/ .054

Ω

1.68A/ .060

Ω

1.58A/ .067

Ω

1.48A/ .074

Ω

1.44A/ 0.08

Ω

1.39A/ 0.09

Ω

1.24A/ 0.10

Ω

1.12A/ 0.11

Ω

1.07A/ 0.13

Ω

0.94A/ .15

Ω

0.85A/ .17

Ω

0.74A/ .22

Ω

0.68A/ .25

Ω

0.64A/ .28

Ω

0.59A/ .33

Ω

0.54A/ .41

Ω

0.51A/ .48

Ω

0.48A/ .54

Ω

0.40A/ .75

Ω

0.36A/ 1.02

Ω

0.31A/ 1.20

Ω

0.29A/ 1.31

Ω

0.28A/ 1.50

Ω

0.22A/ 2.47

Ω

0.20A/ 3.00

Ω

Consult RCD

Induc.

PIC1

Value (µH) Current Rating/DC

& Std. Tol.

Max. Resis

2.60A/ .045

Ω

.68 ±20%

2.56A/ .049

Ω

1.0 ±20%

2.52A/ .057

Ω

1.4 ±20%

1.95A/ .064

Ω

1.8 ±20%

1.75A/ .072

Ω

2.2 ±20%

1.58A/ .079

Ω

2.7 ±20%

1.44A/ .087

Ω

3.3 ±20%

1.33A/ .094

Ω

3.9 ±20%

1.15A/ .109

Ω

4.7 ±20%

1.10A/ .126

Ω

5.6 ±20%

1.08A/ .132

Ω

6.8 ±20%

1.05A/ .147

Ω

8.2 ±20%

1.04A/ .182

Ω

10 ±20%

0.97A/ .210

Ω

12 ±20%

0.85A/ .235

Ω

15 ±20%

0.74A/ .338

Ω

18 ±20%

0.68A/ .378

Ω

22 ±20%

0.62A/ .52

Ω

27 ±20%

0.56A/ .54

Ω

33 ±10%

0.52A/ .59

Ω

39 ±10%

0.44A/ .84

Ω

47 ±10%

0.42A/ .94

Ω

56 ±10%

0.37A/ 1.12

Ω

68 ±10%

0.33A/ 1.37

Ω

82 ±10%

0.30A/ 1.66

Ω

100 ±10%

Consult RCD

120 ±10%

150 ±10%

180 ±10%

220 ±10%

270 ±10%

330 ±10%

390 ±10%

470 ±10%

560 ±10%

680 ±10%

820 ±10%

1000 ±10%

1200 ±10%

1500 ±10%

2200 ±10%

PIC4

Current Rating/DC

Max. Resis

Consult RCD

2.7A/ 0.05

Ω

2.5A/ 0.06

Ω

2.3A/ 0.07

Ω

2.0A/ 0.08

Ω

1.8A/ 0.09

Ω

1.6A/ 0.10

Ω

1.5A/ 0.11

Ω

1.3A/ .12

Ω

1.2A/ .14

Ω

1.1A/ .16

Ω

1.0A/ .20

Ω

.94A/ .24

Ω

.85A/ .28

Ω

.78A/ .37

Ω

.72A/ .45

Ω

.66A/ .48

Ω

.58A/ .68

Ω

.51A/ .77

Ω

.49A/ .96

Ω

.42A/ 1.11

Ω

.40A/ 1.26

Ω

.36A/ 1.77

Ω

.34A/ 1.96

Ω

.30A/ 2.22

Ω

.26A/ 2.96

Ω

Consult RCD

PIC5

PIC6

PIC7

Current Rating/DC Current Rating/DC Current Rating/DC

Max. Resis

Consult RCD

2.60A/ 0.04

Ω

3.50A/ 0.06

Ω

2.60A/ 0.06

Ω

2.38A/ 0.05

Ω

3.40A/ 0.07

Ω

2.45A/ 0.07

Ω

2.13A/ 0.06

Ω

3.10A/ 0.08

Ω

2.27A/ 0.08

Ω

1.87A/ 0.07

Ω

3.00A/ 0.09

Ω

2.15A/ 0.09

Ω

1.73A/ 0.08

Ω

2.60A/ 0.10

Ω

1.95A/ 0.10

Ω

1.60A/ 0.09

Ω

2.40A/ .11

Ω

1.76A/ .11

Ω

1.44A/ .10

Ω

2.30A/ .12

Ω

1.50A/ .12

Ω

1.26A/ .12

Ω

2.10A/ .14

Ω

1.37A/ .14

Ω

1.20A/ .15

Ω

1.95A/ .17

Ω

1.28A/ .17

Ω

1.10A/ .17

Ω

1.85A/ .19

Ω

1.17A/ .19

Ω

1.00A/ .20

Ω

1.65A/ .22

Ω

1.11A/ .22

Ω

.91A/ .22

Ω

1.50A/ .25

Ω

1.00A/ .25

Ω

.85A/ .25

Ω

1.40A/ .35

Ω

.97A/ .35

Ω

.74A/ .34

Ω

1.30A/ .40

Ω

.89A/ .40

Ω

.69A/ .40

Ω

1.20A/ .47

Ω

.78A/ .47

Ω

.61A/ .54

Ω

1.00A/ .63

Ω

.72A/ .63

Ω

.56A/ .62

Ω

.95A/ .73

Ω

.66A/ .73

Ω

.53A/ .72

Ω

.90A/ .97

Ω

.57A/ .97

Ω

.45A/ .95

Ω

.80A/ 1.16

Ω

.52A/ 1.16

Ω

.42A/ 1.10

Ω

.75A/ 1.30

Ω

.48A/ 1.30

Ω

.38A/ 1.24

Ω

.65A/ 1.48

Ω

.42A/ 1.48

Ω

.35A/ 1.53

Ω

.60A/ 1.90

Ω

.33A/ 1.90

Ω

.32A/ 1.90

Ω

.50A/ 2.45

Ω

.28A/ 2.25

Ω

.25A/ 3.12

Ω

.48A/ 2.55

Ω

.24A/ 2.55

Ω

.22A/ 4.00

Ω

.46A/ 3.00

Ω

.20A/ 3.75

Ω

.18A/ 5.96

Ω

.35A/ 3.50

Ω

Consult RCD

.32A/ 4.18

Ω

.28A/ 5.46

Ω

Option ER Military Screening: per Mil-C-15305 (Thermal Shock -25/+85°C, DCR, Inductance, Vis./Mechanical Insp)

Information on PIC7 is preliminary

SPECIFICATIONS

Standard Tol.:

≤27uH

±20%

(10% avail), >27uH

±10%

(5% avail)

Inductance Test Frequency: 1KHz (high freq. testing avail.)

Temperature Range: -40 to +105°C

Temperature Rise: 20°C typical at rated current

Derating: derate current rating by 5%/°C above 85°C

Resistance to Soldering Heat: 260°C for 10 Sec

Rated Current lowers inductance approximately 10%

P/N DESIGNATION:

PIC1

- 1R8 - M T W

RCD Type

Option Codes:

ER, 63, etc (leave blank if std)

Inductance

(uH): 2 signif. digits & multiplier

(R68= .68uH, 1R0=1uH, 100=10uH, 101=100uH, 102=1000uH)

Tolerance Code:

M=20%, W=15% K=10%, J=5%

Packaging:

T= Tape & Reel

Termination:

W= Pb-free (std), Q= SnPb (leave blank if either is acceptable)

RCD Components Inc,

520 E.Industrial Park Dr, Manchester, NH, USA 03109

rcdcomponents.com

Tel: 603

669

0054 Fax: 603

669

5455 Email:sales@rcdcomponents.com

FA012C

Sale of this product is in accordance with GF-061. Specifications subject to change without notice.

Recommended Resources

Lightning protection wiring of oil switch on pole a

Several basic bias circuits for field effect transistors - fixed bias circuits

Holley brand BD-80 refrigerator circuit

Schematic diagram of manual voltage regulator

Medical instrument preamplifier circuit diagram

6B595 driven LED display circuit design (common anode)

How to design PCB to achieve the best EMC effect: The first thing to consider in PCB EMC design is the layer setting; the number of layers of a single board is composed of the power supply, ground layers and signal layers; in the EMC design of the pr...; MartinFowler PCB Design

TMS320C6748 Learning [Timer Learning]: When I was learning about C6748, I found that timers were really difficult. It seemed that they could be cascaded at will.The official document describes the following features:64-bit count-up counter...; Jacktang DSP and ARM Processors

Wistron Technology is recruiting embedded development and embedded test engineers for 12-20K, located in Huadu, Guangzhou: Wistron Software: Wistron Software is a leading provider of professional software outsourcing and information integration services in Asia. We focus on technical consulting services, software outsourc...; lmlsandra Talking about work

Vivado simulation issues: I encountered the following problem when using vivado simulation. I read the codes and found no abnormalities. I also checked the files in the directory and found no abnormalities. It seems like there...; yshmilyou FPGA/CPLD

Differential filter PCB layout needs to consider,,,: The length of the differential traces in pairs must be the sameThis rule stems from the fact that a differential receiver detects the point where the positive and negative signals cross over each othe...; qwqwqw2088 PCB Design

Studying Things to Gain Knowledge 06: A Drop of Water Generator: In 1867, British scientist Kelvin invented a device for generating very high voltage, which was later called the Kelvin dripping generator.　　The structure of the Kelvin dripping generator is quite sim...; maychang Circuit Observation Room

Shortcut: S0 S1 S2 S3 S4 S5 S6 S7 S8 S9 SA SB SC SD SE SF SG SH SI SJ SK SL SM SN SO SP SQ SR SS ST SU SV SW SX SY SZ T0 T1 T2 T3 T4 T5 T6 T7 T8 T9 TA TB TC TD TE TF TG TH TI TJ TK TL TM TN TO TP TQ TR TS TT TU TV TW TX TY TZ U0 U1 U2 U3 U4 U6 U7 U8 UA UB UC UD UE UF UG UH UI UJ UK UL UM UN UP UQ UR US UT UU UV UW UX UZ V0 V1 V2 V3 V4 V5 V6 V7 V8 V9 VA VB VC VD VE VF VG VH VI VJ VK VL VM VN VO VP VQ VR VS VT VU VV VW VX VY VZ W0 W1 W2 W3 W4 W5 W6 W7 W8 W9 WA WB WC WD WE WF WG WH WI WJ WK WL WM WN WO WP WR WS WT WU WV WW WY X0 X1 X2 X3 X4 X5 X7 X8 X9 XA XB XC XD XE XF XG XH XK XL XM XN XO XP XQ XR XS XT XU XV XW XX XY XZ Y0 Y1 Y2 Y4 Y5 Y6 Y9 YA YB YC YD YE YF YG YH YK YL YM YN YP YQ YR YS YT YX Z0 Z1 Z2 Z3 Z4 Z5 Z6 Z8 ZA ZB ZC ZD ZE ZF ZG ZH ZJ ZL ZM ZN ZP ZR ZS ZT ZU ZV ZW ZX ZY

Popular Components